In an effort to find new combinations of immunotherapy for patients with nasopharyngeal cancer, investigators from Johns Hopkins Medicine analyzed the immunosuppressive tumor microenvironment. Topalian, a cancer immunologist, says that in order to do these sophisticated analyses of the microenvironment, multiple specialists need to work together. With the help of a pathologist, Topalian and her group of investigators were able to evaluate this area.

Topalian says that they found very robust expression of PD-L1, as well as PD-1, on the infiltrating T cells in the majority of nasopharyngeal cancer cases that were evaluated. Beyond that, LAG-3, IDO, and COX-2, were all identified in the microenvironment of these patients’ tumors. Topalian says that all these molecules can be targeted with drugs that are currently available in the clinic.

In an effort to find new combinations of immunotherapy for patients with nasopharyngeal cancer, investigators from Johns Hopkins Medicine analyzed the immunosuppressive tumor microenvironment. Topalian, a cancer immunologist, says that in order to do these sophisticated analyses of the microenvironment, multiple specialists need to work together. With the help of a pathologist, Topalian and her group of investigators were able to evaluate this area.

Topalian says that they found very robust expression of PD-L1, as well as PD-1, on the infiltrating T cells in the majority of nasopharyngeal cancer cases that were evaluated. Beyond that, LAG-3, IDO, and COX-2, were all identified in the microenvironment of these patients’ tumors. Topalian says that all these molecules can be targeted with drugs that are currently available in the clinic.